Preparing method for superfine Chinese medicine jellies
A fine gel, traditional Chinese medicine technology, applied in the field of traditional Chinese medicine pharmacy, can solve the problems of rough appearance of preparations, poor transdermal absorption effect, no reports of mature products, etc. Effect
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Embodiment 1
[0018] Example 1 The preparation of superfine pearl yellow Daisy gel
[0019] Follow the steps below (see Figure 1):
[0020] Take the same amount of raw medicinal materials pearl, bezoar, and Qingdai, grind them through a high-speed universal grinder, and then sieve them to obtain ordinary fine powders of 80-100 mesh, and send them to a ZHWY-100 airflow grinder for grinding to obtain ultrafine powders of 30 μm. Sterilize with Co60. The process parameters of the jet mill are: air consumption 1~3m 3 / min, crushing pressure 0.8~1.2Mpa, feeding pressure 0.5~0.8Mpa, feeding speed 2~4kg / h.
[0021] Grind 4 g of borneol into fine powder, take 30 g of the main drug of superfine medicinal material powder, mix the two, add 100 g of propylene glycol, disperse and grind to obtain a drug dispersion.
[0022] Take 2g of antioxidant EDTA-2Na, take 1g of preservative ethylparaben, mix them, add appropriate amount of water to dissolve, add 12.5g of Carbomer-940, stir and swell, and adjust ...
Embodiment 2
[0025] Embodiment two transdermal absorption effect test of traditional Chinese medicine ultrafine gel
[0026] The test object is the superfine Zhuhuangdai gel, which is a new preparation based on Zhuhuangsan. Huangdai gel and Zhuhuang powder were tested for transdermal drug release in vitro.
[0027] Take three pieces of fresh mouse skin with the same area, remove the subcutaneous fat, and evenly apply 1g of ultra-fine Zhuhuangdai gel with a drug content of 3%, 1g of ordinary Zhuhuangdai gel, and corresponding doses on the cuticles of the three skins. For Zhuhuang powder, the Franz diffusion cell was used for the test, and the bile acid content was measured by taking samples from the pool at regular intervals, and the cumulative drug release at different times was calculated by the specific Higuchi formula, and a curve was obtained, as shown in Figure 2.
[0028] In Figure 2, it can be seen from Figure 2 that the cumulative permeation volume per unit area of the three pre...
Embodiment 3
[0029] Example 3 The curative effect test of ultrafine gel
[0030] Get 8 rabbits, use 90% carbolic acid to treat the oral mucosa of the rabbits, burn the upper, lower, left, and right four parts of the oral cavity of each rabbit simultaneously, and form four circular ulcers with a diameter of 2mm, and make the oral cavity of the rabbits. Mucosa model. Randomly divide 4 ulcers of the same rabbit into Zhuhuangsan group, ordinary Zhuhuangdai gel group, ultra-fine Zhuhuangdai gel group and blank control group for treatment. medicine. The complete recovery time was recorded for statistical processing. The results are shown in the table below
[0031] Effects of different dosage forms of drugs on the healing time of oral ulcers in rabbits (days)
[0032] Group Number of animals (only) Healing time (days)
[0033] Zhuhuang powder group 8 4.38±0.74 *
[0034] Ordinary Daisy Pearl gel group 8 4.25±0.89 *
[0035] Superfine pearl yellow Daisy gel group 8 3.88±0.83 *...
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